MyPhysicsLab – Physics and Math Links

Here are some links to other physics simulation websites, plus general math and physics websites.

PhysicsWeb.org has a large list of physics applets.
Paul Falstad has an excellent collection of math and physics applets.
Physics resources The-Science-Lab is a directory of physics related websites.
The very popular soda constructor lets you make 2D stick figures that move realistically. There is a page on how it works.
An excellent online paper titled Examination of Chaos in Multiple Pendulum Systems Through Computer Visualization in Java has some very nice simulations that show the development of chaos in a pendulum.
Syracuse University Physics has some interactive Java simulations including an interesting Gravity Simulation.
"Really" is a PC program that creates a virtual 2d world, simulating complex objects.
ExploreScience.com has several nice physics simulations, created with Shockwave.
Mississippi State University has a collection of links to physics simulations from around the world.
mathengine provides commercial software for physics simulations used in video games, engineering and academics.

Math Links

Eric Weisstein's World of Mathematics is an extensive encyclopedia of information.
KaBoL is a "cool math site of the week" service provided by the Canadian Mathematical Society.
The Math Forum @ Drexel University provides many math resources including the popular Ask Dr. Math and the Math Forum Internet Mathematics Library
The Journal of Online Mathematics supports getting interesting math onto the web.
mathpuzzle.com has some fun recreational math.
Differential Equations and Oscillations (including the pendulum) are explained by the folks at NACSE, the Northwest Alliance for Computational Science and Engineering.

Bad Movie Physics exposes what's wrong with all those crash and explosion scenes.
Eric Weisstein's Treasure Troves of Science is encyclopedia-like in scope.
HyperPhysics "is an exploration environment for concepts in physics which employs concept maps and other linking strategies to facilitate smooth navigation."
Lagrangian and Hamiltonian Mechanics an introduction by Marek Rychlik.